📄️ Erosion Classification
This guide walks you through the 9-step process for performing erosion classification in TytonAI using supervised machine learning. The workflow includes everything from imagery upload to generating detailed erosion metrics.
📄️ Snapshot and Restoring
Creating snapshots and restoring to your project is fundamental in TytonAI.
📄️ TytonAI Toolbar
The TytonAI Toolbar is your primary interface for interacting with geospatial datasets, ecological imagery, and AI-driven classification workflows. It provides structured access to all the tools needed to prepare data, collect training and validation samples, perform corrections, and manage complex environmental datasets with precision.
📄️ Polygon Editing Tools
TytonAI includes a comprehensive suite of polygon editing tools to help users refine and manage spatial data efficiently. These tools are essential for building high-quality training datasets, correcting geometry issues, cleaning overlapping classifications, and ensuring ecological monitoring inputs are precise and effective. This guide covers polygon editing tool available in the system with detailed functionality, access instructions, examples, behaviors, and expert tips.
📄️ Exporting & Importing Shapefiles
This guide outlines the steps to import shapefiles into TytonAI and recreate a deleted training area. It includes instructions for mapping classifications, managing workflows, and verifying the successful import.
📄️ Keyboard Shortcuts
This document outlines the keyboard shortcuts available in the system, providing users with quick and efficient navigation, editing and tool selection capabilities. These shortcuts enhance workflow efficiency when working with geospatial imagery and feature manipulation.
📄️ The Library
The Library module in TytonAI provides a centralized interface for accessing and managing all critical assets related to your geospatial projects. This module allows users to view, organise and manage all projects, imagery, models, datasets, files, and workflows in one central location
📄️ Creating Clip Geometry in QGIS
This guide outlines the step-by-step process for creating a Clip Geometry shapefile using QGIS. This shapefile can be used in TytonAI to define the boundary for raster imagery deployment.
📄️ Using the Feature Table
Overview
📄️ Reprojecting a Shapefile in QGIS
Reprojecting a shapefile involves changing its Coordinate Reference System (CRS) to align with the spatial requirements of your project. This is essential when integrating multiple datasets that must share a common projection. In QGIS, this process is straightforward and preserves the original dataset by creating a new reprojected file.